Through-Bore Capsule Slip Ring 12 Circuits 2A

Product Description:

Features:

• Through-Hole Design: The slip ring features a through-hole design, allowing a central opening for passing shafts, cables, or other components through the slip ring assembly.

• 12 Circuits: It provides 12 independent circuits for the transmission of signals or power, offering versatility and flexibility for various applications.

• 2A Current Rating: With a 2A current rating per circuit, the slip ring can handle moderate current requirements, enabling reliable power transmission.

• Low Electrical Resistance: The slip ring is designed with low electrical resistance to minimize power loss and ensure efficient transmission of electrical signals.

Typical Application:

• Medical Equipment: RF slip rings are employed in medical devices and equipment, such as MRI machines and robotic surgery systems, for the transmission of RF signals essential for diagnostics and treatment.

• Industrial Automation: They are utilized in automated systems where RF signals are involved, such as robotic arms, assembly lines, and industrial control systems, ensuring seamless transmission and control of RF signals.

• Research and Development: RF slip rings are utilized in various research and development applications, including scientific experiments, prototype testing, and specialized equipment requiring RF signal transmission.

Specifications:

Drawing for HC24512-B01:

FAQ:

Can a Capsule Slip Ring transmit both power and signals?

Yes, a Capsule Slip Ring can transmit both power and signals simultaneously. It can accommodate a wide range of power requirements, from low voltage and current signals to high-power applications.

Can a Capsule Slip Rings transmit different types of signals?

Yes, a Capsule Slip Ring can transmit various types of signals, including analog, digital, video, audio, and data signals.

Is it possible to integrate multiple Capsule Slip Ringss in a system?

Yes, multiple Capsule Slip Rings can be integrated into a system by connecting and coordinating their electrical connections to meet the specific requirements of the application.